Special anti-bending water-cooled cable for intermediate-frequency furnace

Abstract

The invention relates to a special anti-bending water-cooled cable for an intermediate-frequency furnace, and relates to the technical field of intermediate-frequency furnace cables. The special anti-bending water-cooled cable comprises a fixing pipe, fixing slots, clamping slots, limit balls, connecting blocks, clamping blocks, a copper stranded wire pipe, an insulating pipe and a protective pipe, wherein the fixing pipe is provided with the copper stranded wire pipe and the fixing slots, each fixing slot is internally provided with the clamping slot and the connecting block, each connectingblock is provided with the limit ball and the clamping block, the clamping blocks are connected with the corresponding clamping slots, the copper stranded wire pipe is provided with the insulating pipe, and the insulating pipe is provided with the protective pipe. The special anti-bending water-cooled cable is high in practicability and very convenient to use, not only can effectively prevent excessive bending of the water-cooled cable in the process of being connected and installed in the intermediate-frequency furnace, but also can effectively prevent obstructed cooling water flow caused byexcessive bending of the water-cooled cable, thereby greatly guaranteeing the normal operation of the intermediate-frequency furnace, and improving the production efficiency of enterprises.

Description

【Technical field】 [0001] The invention relates to the technical field of cables for intermediate frequency furnaces, in particular to a bending-proof water-cooled cable for intermediate frequency furnaces. 【Background technique】 [0002] As is known, the capacitor and the melting furnace in the intermediate frequency furnace are connected by a cable. When the intermediate frequency furnace is running, the cable connected between the capacitor and the induction coil of the melting furnace needs to pass a very large current, so the heat generation of this section of the cable It is very large, and ordinary cables will age or be damaged if they are kept at high temperature for too long. Usually, water-cooled cables are used in intermediate frequency furnaces to connect capacitors and melting furnaces to solve the problem of large heat generation of cables. Water-cooled cables It is a hollow water-passing special cable used for high-current heating equipment. However, there are ...

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Problems solved by technology

[0002] As is known, the capacitor and the melting furnace in the intermediate frequency furnace are connected by a cable. When the intermediate frequency furnace is running, the cable connected between the capacitor and the induction coil of the melting furnace needs to pass a very large current, so the heat generation of this section of the cable It is very large, and ordinary cables will age or be damaged if they are kept at high temperature for too long. Usually, water-cooled cables are used in intermediate frequency furnaces to connect capacitors and melting furnaces to solve the problem of large heat generation of cables. Water-cooled cables It is a hollow water-passing special cable used for high-current heating equipment. However, there are many components assembled in the intermediate frequency furnace. When the staff installs the water-cooled cable in the intermediate frequency furnace, it is necessary to bend or bend the water-cooled cable to achieve Connect the water-cooled cable with the components in the intermediate frequency furnace, but the staff often bend the water-cooled cable excessively when bending the water-cooled cable, which will not only damage the water-cooled cable, but also affect the cooling water in the water-cooled cable Circulation, this will directly lead to the failure of the normal use of the water-cooled cable and the failure of the intermediate frequency furnace, which is not conducive to the normal production and development of the enterprise

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